Bachelorprojekt!! !

Rasmus&Skipper\Jørgensen&AAMS&\&2013&

&&&&&&

Udnyttelse&af&overskudsvarme&&!"Anvendelse"af"absorptionsanlæg"på"skibe&

BILAG!

Udnyttelse af overskudsvarme !- Anvendelse af absorptionsanlæg på skibe Af Rasmus Skipper-Jørgensen

-BILAG- Bachelorprojekt, Aarhus Maskinmesterskole 4/6 - 2013 Vejleder, Henrik Kerstens 22 Bilag ________________________ Rasmus Skipper-Jørgensen M10765

Bilags&oversigt&

Bilag&1:&Nuværende&AC&anlæg&.................................................................................&1!Bilag&2:&Datablad&for&Sabroe&CMO&26&kompressor&...................................................&2!Bilag&3:&Produktkatalog&for&Sabroe&CMO&26&kompressor&.........................................&3!Bilag&4:&Timetæller&opgørelse&..................................................................................&4!Bilag&5:&Datablad&Maneurop&MTZ80HP4AVE&...........................................................&5!Bilag&6:&Voyage&data&recorder&2012&.........................................................................&6!Bilag&7:&Varmebalance&AE2&.....................................................................................&7!Bilag&8:&Diagram&over&eksisterende&LT&system&.........................................................&8!Bilag&9:&Datablad&for&MAN&B&W&6L23/30H&.............................................................&9!Bilag&10:&Thermax&katalog&.....................................................................................&10!Bilag&11:&Beregningsgrundlag&for&døgnprofil&.........................................................&11!Bilag&12:&Datablad&Daikin&AT16&.............................................................................&12!Bilag&13:&Datablad&Kangrim&kedel&.........................................................................&13!Bilag&14:&Datablad&DongHwa&forvarmer&................................................................&14!Bilag&15:&Datablad&køleflader&AC&samt&kabys&.........................................................&15!Bilag&16:&Datablad&Smedegaard&HT&pumpe&............................................................&16!Bilag&17:&Datablad&Smedegaard&LLT&pumpe&...........................................................&17!Bilag&18:&Beregning&af&rør&samt&anlægsmodstand&i&LLT&og&HT&................................&18!Bilag&19:&Datablad&GEA&HT/HT&varmeveksler&.........................................................&19!Bilag&20:&Bunker&analyse&fra&M/T&Torm&Ragnhild&...................................................&20!Bilag&21:&Specifik&FO&densitet&................................................................................&21!!!

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Bilag&1:&Nuværende&AC&anlæg&!Dokumentation!for!det!installerede!AC!anlæg,!med!data!for!luftmængder,!temperatur,!komponenter!mm.!!!!! !

Yard

Yard No.

HIN-PRESData for Air Conditioning Plant

STX Shipbuilding Co., LTD.

5. 1108/09/1 0/24/25/26/39140

Type of Ship

Ciassification

Owner

45,800 DWT PRODUCT OIL/CHEMICAL TANKER

LR4

The HI—PRES plant is designed based on the following conditions

Outside

— Inside

59.0 %

—1 set x AHU —07: 100% capacity

*Condensing Unit

+ 35 t DB, 70 % R.H

± 27 t DB, 50 % R.H

— Return air 41.0 %

:—2OtDB, -%R.H

+ 20 t DB, 50 % R.H

— 2 sets x CMO 26 : 50 % capacity

Cooling Medium

Cooling water

Heating Medium

Main Current

Pilot current

Freon R—404A, Direct Expansion

Fresh water 36 t

4.0 ato. (gauge) saturated steam.

3 x 440 Volt

1 x 220 Volt

— 60 Hz

— 60 Hz

Conditions in Summer— Outside

— Inside

— Fresh air

Conditions in Winter

*Air Handling Unit

Fresh air 59.0 % — Return air 41.0 %

Refrigerating Plant Manufacture : YORK Refrigeration

2003—04—09 TECHNICAL SPECIRCATION HI—PRES Korea

Item 01 IECHNICAL DATA of System AC-1

Air volumeTypeTotal pressureStatic pressureR.p.mKw—consumptionPulleylGrooves

15,906HLZ 500TA

219 mmWG211 mmWG

247612.45

SPB—1 50—3,

MOTOR 3 x 440V, 60 cps., totally enclosed,marine design, IP—55, B—3.

MakeTypeJEC normPower consumptionRevolutionIs ampn amplnsulatiorj classPuliey/Grooves

ABBM2QA 160L 4A

1 60L17.31752175.328.25

FSPB—212—3, 251 7(42mm)

AIR-COOLER(2sets X 50%)

TypeAir volumePositionCapacityEvaporation temp.Cooling from.Cooling to

HPB—0715,906 nf/h (4.42 m’/s)

L106,640 x 2+6.1 t

+ 32.5 t,+ 12.5 t,

—6.1 t to +35 t

15,9064.082

PT 1

STX S.1108/9/10S.1124/25/26/39/40

Order No. G1108/9/1QAGi 1 24/25/26/39/40A

Fan m’/h (4.42 rn’/s)

(2145 Pa)(2067 Pa)r.p.mKw

251 7(4Omm)

Kwr.p.mAmpAmp

kd/h (124.0x2 Kw)

60.9% RH95.0% RH

m’/h (4.42 m’/s)atolcod/h (218.0Kw)Kg/h

40A

(4.42 m’/s)

HEATER Type HPB—07(1 set X 100%) Air volume i 5,906

Steam pressure 4.0Capacity 187,480Steam consumption 370Connections JIS 1OK—50A/Air conditions

HUMIDIFIER Air volumeSteam pressureSteam consumptionConnections

m’ Iha tokg/h

3

2003—04—16 TECHNICAL SPECIRCATION HI—PRES Korea

DATE 2002/OCT./29th / SDLOur No. Gi 1 08/09/1 Q/24/25/26/39/40AALTERATION No.Customer’s Ref. : Yard Nos. 5. 11 08/09/1 0/24/25/26/39/40Time of delivery Week

System No. Refrigerating Plant for System AC—1Room Served AccommodationLocation ENGINE ROOM .~

Item 10 2 — R—404A Condensincj Unit type MCU 26/41191 00/1each comprising

1. Compressor type OMO 26 x 1576 RPM (V—belt coupled)Fresh water Evaporating Capacity Power cons.t kw kw

‘+36 +6.1 132.7 35.7

1. Electric motor, 42.6 kw x 1770 rpm for 3 x 440V, 60Hz.in IP—55 enclosure.

1. Condenser type CRKC 411910 combined with receiver.Necessary quantity of fresh water 39.0 rn’/hPressure loss : 3.91 m.w.g.

1. R—404A drier with val~es.

1. Frame on which the above parts are mounted, incl. internal R—404Aconnections.

Furthermore

2— Duct thermostats type AT—i 40.2 — Solenoid valves.

— Pressure gauges, switch and thermometers for condenser coolingwater lines.

— Stop valves for the cooler connection.— Thermometer for the air—cooler.

1 — Switchboard, incl. starters for compressor motors and pilot voltagetransformer. (Wall type)

— Spare parts and tools according to YORK’s normal practice.— Exclusive of supervisor’s assistance, water pump and external R—404Apiping between unit and cooler.

STX S.1108/9/10 Order No. G1108/9/1OAS.1124/25/26/39/40 Gi 124/25/26/39/40A 6

! 2!!

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Bilag&2:&Datablad&for&Sabroe&CMO&26&kompressor&Instruktions!manual!fra!York!Refrigeration.!!!! !

Capacity stages and regulating sequence

~apacity stagesThe CMO compressors can be capacity&~ulated in 4 stages with the various per~itages of full capacity as shown in the~bIe below.

Gompressor Capacity in %

OMO 24 100 75 50 25

0M026 100 67 50 33

OMO 28 100 75 50 25Solenoid 1 2 stalve no

Regulating sequencetJnloading takes place in numerical order~*~th rising figures, whereas Ioacling takes;~ace in reverse order with falling figures.

~JYORKGRefrigeration

The TCMO compressors have no unloadingcylinders on two HP and two LP cylinders,and thus they can be capacity regulated asshown in the following table.

Compressor Capacity ifl %

TCMO 100~ 67~ 50~ 33Solenoid I I1 2~ ~Ivalve_no

The sequence of unloading of the cylindersis shown on the following principle diagram,fig. 3.

I

i Fig. 3

CMO 28

CMO 26

CMO 24

HP

LP

TCMO 28

Shaft end-~

T0177142_OVIO

2171-370-EN 85

~JYORK®Refrigeration

r order to keep the lubricating oil in the comrssor warm during a period of standstill,te oil reservoir has one or two heating rodsrCt in. Before start-up, the heating rod (s)rcst have been activated for 6-8 hQurs incher to ensure that there is only a minimum± refrigerant in the oil. When containingnoh refrigerant, the oil will lose ts lubricat~rç property and the following operational inErJptions may occur:a~- reciprocating compressors there is aæ~ous danger of vigorous oil foaming whente compressor starts as a result of a fallingartion pressure.F: screw compressors starting with muchre~gerant dissolved in the oil, there is a riskrtt’ie compressor being stopped by the FlowSê~ttch as the oil will be foaming owing to the~LJn pressure through oil pipe and oil filter.

As illustrated on the drawing the heating rodconsists of an electric heating element, incorporated in a dia. 30 mm pipe. The entire heating cartridge is screwed on tight at theG i 1/4” thread.

Note:The heating rod must not be energized Ifthe oil leve) in the reservoir is below theminimum mark in the sight glass, and itshould generally be switched off duringcompressor operation. Remember to turnoff the heating rod whenever the crankoase of the reciprocating compressor isopened for inspection.

The following table indicates which heatingrods are used for the various compressortypes. In the spare paris lists for compressoror unit you will find the current part numbers.

Heating rods9 pos~ 30

LI

0I

1~

Heating rodsPower Voltage Li L2 Used for:Watt V mm mm270 250270 230 CMO - TCMD - SMC 100 - TSMC 100270 115*460 250 158 175 HPO - HPC, SMC 180- TSMC 180460 230 VMY 347/447 - 536460 115* SAB11O-128-163-202-330

* can be dehvered with a UL approval.Ali heating rods are executed in Degree of Proteotion P54.

Z~71-370-EN 91

! 3!!

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Bilag&3:&&!!!!!! !

2008

.10

- 1

Normal capacities are based on 1500 rpm and 5°C liquid subcooling

Standard equipmentSabroe CMO compressors are supplied with the

following equipment as standardl compressor block with oil pump and oil filterl solenoid valves for capacity controll suction and discharge stop valvesl safety valvel oil-charging valvel suction filter l oil-level sight glassl electric immersion heater in crankcasel evacuation valvel pre-lubrication valve.

CMO 28 with gauges

Optional equipmentA wide range of optional equipment is available for use

with Sabroe CMO compressors. This includesl gauges, thermometers and temperature/pressure

control switchesl additional external suction filterl Sabroe Unisab IIl microprocessor control with

temperature/pressure sensorsl oil level regulator for parallel systemsl explosion-proof equipmentl base frame with coupling and guard for direct-drive

unitl base frame with pulleys, belts and guard for V-belt

drive unitl motorsl oil separators with solenoid valve for oil returnl oil charging pumpl vibration dampers and foundation boltsl tool setsl sets of genuine Sabroe spare parts.

Compressor and oil coolingDepending on specific refrigerant and operating

conditions, it can be necessary to supplement basic air

convection cooling to make sure the compressor and the

lubricating oil are cooled efficiently.

This can be done with one of the following options l water-cooled head coversl water-cooled side covers for oil coolingl refrigerant-based oil coolingl thermo-pump system (for use with R717 only).

All information is subject to change without previous notice

Normal capacities kW at 1500 rpm

R717 R404A

Single/high stage Booster Single/high stage

-10/+35°C 0/+35°C -40/-10°C 0/+35°C -10/+35°C

53 85 14 85 54

79 127 21 127 81

105 170 28 169 108

62 100 17 99 63

93 149 25 149 95

123 199 33 198 127

Model Number of

cylinders

Bore x stroke mm

Swept volume at max.

1500 rpm m3/h

Swept volume at max.

1800 rpm m3/h

CMO 24 4 70 x 70 97 116

CMO 26 6 70 x 70 145 175

CMO 28 8 70 x 70 194 233

CMO 34 4 70 x 82 114 136

CMO 36 6 70 x 82 170 204

CMO 38 8 70 x 82 227 273

DimensionsDirect coupled unit

mm

Weight excl.

motor

kg

Sound pressure

level

dB(A)L W H

1400-2150 800 900 480 69

1450-2175 800 900 520 71

1475-2200 800 900 550 72

1400-2150 800 900 480 70

1450-2175 800 900 520 72

1475-2200 800 900 550 73

Johnson Controls Denmark ApS . Sabroe ProductsChristian X’s Vej 201 . 8270 Højbjerg . Denmark

Phone +45 87 36 70 00 . Fax +45 87 36 70 05www.sabroe.com

! 4!!

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Bilag&4:&Timetæller&opgørelse&Aflæsninger!ombord!på!Torm!Ragnhild!febraurBmarts!2013.!!! !

Time%tæller%oversigtEnhed Tæller%status%24/3 Tæller%status%7/4 Drift%timer Døgn%procentAC%33% 0 336 336 100AC50% 0 336 336 100AC%67% 0 336 336 100AC%100% 0 154 154 46ECR 0 305 305 91Workshop 0 138 138 41Proviant%1 23620 23620 0 0Proviant%2 38236 38532 296 88

! 5!

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Bilag&5:&Datablad&Maneurop&MTZ80HP4AVE&! !

MTZ R404A / R507A PERFORMANCE DATA

Voltage: 400 V / 3 / 50 HzSuperheat = 11.1 KSubcooling = 8.3 K

Qo: Cooling capacity in WPe: Power input in kW

Legend:To: Evaporating temperature in °CTc: Condensing temperature in °C

To -30 -25 -20 -15 -10 -5 0 5 10

Model Tc Qo Pe Qo Pe Qo Pe Qo Pe Qo Pe Qo Pe Qo Pe Qo Pe Qo Pe

35 500 0.69 820 0.83 1 260 0.95 1 820 1.06 2 530 1.15 3 410 1.22 4 470 1.29 5 730 1.34 7 210 1.39MTZ18 45 390 0.69 650 0.85 990 0.99 1 430 1.12 2 000 1.23 2 710 1.33 3 570 1.42 4 610 1.50 5 850 1.56

55 - - 500 0.85 760 1.02 1 100 1.18 1 540 1.32 2 090 1.45 2 770 1.57 3 610 1.66 4 620 1.7535 1 030 0.89 1 510 1.03 2 100 1.16 2 850 1.27 3 750 1.37 4 820 1.45 6 090 1.52 7 570 1.57 9 270 1.60

MTZ22 45 740 0.86 1 130 1.03 1 620 1.19 2 240 1.34 2 990 1.48 3 900 1.61 4 990 1.72 6 260 1.82 7 740 1.9055 - - 790 1.00 1 170 1.20 1 650 1.39 2 260 1.58 3 000 1.75 3 900 1.92 4 970 2.07 6 220 2.2035 1 330 1.09 1 980 1.30 2 780 1.49 3 730 1.66 4 870 1.82 6 200 1.95 7 740 2.06 9 520 2.14 11 600 2.20

MTZ28 45 880 1.05 1 440 1.30 2 120 1.53 2 940 1.75 3 910 1.96 5 050 2.14 6 390 2.31 7 950 2.45 9 730 2.5655 - - 950 1.26 1 520 1.55 2 190 1.82 3 000 2.08 3 960 2.32 5 090 2.54 6 420 2.75 7 960 2.9335 1 700 1.24 2 420 1.46 3 290 1.65 4 350 1.83 5 600 2.00 7 080 2.14 8 790 2.26 10 800 2.37 13 000 2.44

MTZ32 45 1 210 1.20 1 830 1.46 2 570 1.71 3 470 1.94 4 540 2.16 5 810 2.36 7 290 2.55 9 010 2.71 11 000 2.8655 - - 1 270 1.41 1 880 1.71 2 610 2.01 3 490 2.29 4 540 2.56 5 790 2.81 7 250 3.04 8 940 3.2635 2 040 1.50 2 860 1.73 3 860 1.95 5 060 2.16 6 470 2.34 8 130 2.51 10 000 2.64 12 300 2.74 14 800 2.81

MTZ36 45 1 510 1.50 2 230 1.78 3 090 2.06 4 120 2.33 5 320 2.58 6 740 2.81 8 380 3.01 10 300 3.19 12 400 3.3455 - - 1 590 1.78 2 320 2.12 3 170 2.45 4 170 2.76 5 340 3.07 6 710 3.35 8 290 3.61 10 100 3.8535 2 440 1.70 3 360 1.98 4 470 2.24 5 770 2.48 7 310 2.70 9 100 2.90 11 200 3.07 13 500 3.23 16 200 3.36

MTZ40 45 1 860 1.70 2 670 2.05 3 630 2.37 4 760 2.67 6 080 2.95 7 620 3.20 9 390 3.44 11 400 3.65 13 800 3.8455 - - 1 960 2.08 2 770 2.48 3 710 2.86 4 810 3.22 6 080 3.55 7 560 3.86 9 280 4.14 11 200 4.4035 2 330 1.93 3 200 2.20 4 310 2.46 5 710 2.70 7 440 2.92 9 550 3.11 12 100 3.25 15 100 3.35 18 600 3.38

MTZ44 45 1 530 2.00 2 270 2.29 3 220 2.59 4 400 2.88 5 870 3.16 7 670 3.42 9 840 3.64 12 400 3.83 15 500 3.9655 - - 1 660 2.27 2 360 2.62 3 270 2.98 4 410 3.33 5 830 3.68 7 580 4.00 9 700 4.29 12 200 4.5435 2 210 1.65 3 160 1.92 4 330 2.15 5 740 2.37 7 440 2.56 9 450 2.73 11 800 2.88 14 600 3.01 17 700 3.12

MTZ45 45 1 580 1.60 2 420 1.94 3 440 2.25 4 660 2.52 6 120 2.77 7 860 3.00 9 900 3.20 12 300 3.38 15 100 3.5455 - - 1 660 1.89 2 520 2.28 3 540 2.64 4 760 2.97 6 220 3.26 7 940 3.53 9 980 3.77 12 300 3.9935 2 900 2.20 3 920 2.50 5 220 2.80 6 850 3.08 8 850 3.33 11 300 3.54 14 200 3.70 17 600 3.79 21 600 3.81

MTZ50 45 1 940 2.27 2 820 2.61 3 930 2.95 5 310 3.29 7 010 3.61 9 090 3.90 11 600 4.15 14 500 4.36 18 000 4.5055 - - 2 070 2.59 2 900 2.99 3 960 3.41 5 290 3.81 6 930 4.21 8 930 4.57 11 300 4.91 14 200 5.1935 2 670 1.95 3 780 2.24 5 160 2.51 6 850 2.75 8 880 2.97 11 300 3.16 14 100 3.32 17 500 3.45 21 300 3.54

MTZ51 45 1 970 1.94 2 890 2.29 4 030 2.62 5 440 2.93 7 130 3.22 9 170 3.48 11 600 3.71 14 400 3.91 17 700 4.0755 - - 2 100 2.28 3 010 2.69 4 140 3.07 5 510 3.44 7 170 3.78 9 150 4.09 11 500 4.37 14 200 4.6235 2 890 2.30 4 170 2.67 5 730 3.03 7 620 3.37 9 870 3.68 12 500 3.94 15 600 4.14 19 200 4.27 23 300 4.32

MTZ56 45 1 910 2.40 3 050 2.81 4 410 3.22 6 040 3.62 7 980 4.00 10 300 4.35 12 900 4.66 16 000 4.90 19 600 5.0855 - - 2 170 2.84 3 260 3.32 4 550 3.81 6 100 4.28 7 940 4.74 10 100 5.17 12 600 5.55 15 600 5.8735 2 740 2.06 3 940 2.39 5 420 2.70 7 250 2.99 9 450 3.25 12 100 3.49 15 200 3.69 18 800 3.86 23 000 3.98

MTZ57 45 2 010 2.04 3 020 2.43 4 270 2.81 5 790 3.17 7 650 3.51 9 900 3.83 12 500 4.11 15 600 4.36 19 200 4.5755 - - 2 190 2.42 3 220 2.88 4 460 3.33 5 990 3.76 7 830 4.17 10 000 4.55 12 700 4.90 15 700 5.2135 3 530 2.63 4 980 3.03 6 740 3.44 8 860 3.82 11 400 4.17 14 400 4.48 17 800 4.73 21 800 4.92 26 300 5.02

MTZ64 45 2 410 2.77 3 700 3.21 5 240 3.66 7 090 4.11 9 270 4.54 11 800 4.94 14 800 5.30 18 300 5.61 22 200 5.8455 - - 2 670 3.25 3 920 3.77 5 400 4.30 7 160 4.83 9 240 5.35 11 700 5.83 14 500 6.28 17 800 6.6835 3 440 2.40 4 820 2.82 6 540 3.21 8 640 3.57 11 200 3.90 14 200 4.20 17 800 4.45 22 000 4.67 26 800 4.84

MTZ65 45 2 510 2.32 3 690 2.83 5 150 3.32 6 930 3.78 9 100 4.20 11 700 4.60 14 800 4.96 18 400 5.28 22 700 5.5555 - - 2 610 2.74 3 800 3.34 5 260 3.90 7 050 4.44 9 210 4.95 11 800 5.42 14 900 5.85 18 600 6.2535 4 250 2.96 5 830 3.39 7 770 3.83 10 100 4.26 12 900 4.66 16 100 5.02 20 000 5.34 24 400 5.59 29 400 5.78

MTZ72 45 2 890 3.05 4 300 3.52 6 000 4.01 8 020 4.50 10 400 4.99 13 300 5.45 16 600 5.88 20 400 6.26 24 800 6.5955 - - 3 110 3.58 4 480 4.14 6 110 4.73 8 060 5.31 10 400 5.90 13 100 6.46 16 300 6.99 19 900 7.4835 3 940 2.77 5 490 3.21 7 400 3.62 9 740 4.01 12 600 4.37 15 900 4.70 19 800 4.98 24 300 5.23 29 500 5.43

MTZ73 45 2 960 2.74 4 240 3.25 5 840 3.75 7 790 4.23 10 200 4.69 13 000 5.11 16 400 5.51 20 300 5.87 24 800 6.1955 - - 3 160 3.27 4 430 3.86 6 010 4.43 7 960 4.98 10 300 5.51 13 100 6.01 16 500 6.49 20 300 6.9435 4 790 3.48 6 670 3.98 8 920 4.48 11 600 4.97 14 700 5.44 18 400 5.87 22 600 6.25 27 400 6.57 32 800 6.81

MTZ80 45 3 210 3.63 4 910 4.17 6 900 4.72 9 250 5.29 12 000 5.84 15 200 6.38 18 800 6.88 23 000 7.34 27 800 7.7355 - - 3 470 4.25 5 110 4.89 7 030 5.54 9 280 6.21 11 900 6.87 14 900 7.51 18 400 8.13 22 400 8.7035 4 830 3.18 6 620 3.75 8 800 4.26 11 400 4.73 14 500 5.17 18 100 5.57 22 300 5.94 27 200 6.29 32 700 6.62

MTZ81 45 3 680 3.15 5 230 3.85 7 080 4.48 9 300 5.07 11 900 5.61 15 000 6.11 18 700 6.57 22 900 7.01 27 700 7.4155 - - 3 910 3.85 5 460 4.63 7 300 5.35 9 480 6.02 12 100 6.64 15 100 7.21 18 700 7.75 22 800 8.2535 5 130 4.06 7 290 4.68 9 950 5.22 13 200 5.70 17 000 6.12 21 500 6.46 26 800 6.74 32 900 6.94 40 000 7.08

MTZ100 45 3 760 4.01 5 690 4.80 8 000 5.53 10 700 6.18 14 000 6.76 17 800 7.26 22 300 7.70 27 500 8.06 33 500 8.3455 - - 3 930 4.65 5 920 5.58 8 230 6.44 10 900 7.22 14 100 7.92 17 800 8.54 22 100 9.08 27 100 9.5435 7 120 5.12 9 820 5.85 13 200 6.53 17 200 7.17 22 100 7.75 27 900 8.27 34 700 8.71 42 500 9.09 51 400 9.37

MTZ125 45 5 400 5.16 7 640 6.02 10 400 6.86 13 800 7.67 17 900 8.44 22 800 9.16 28 600 9.83 35 300 10.44 43 100 10.9855 - - 5 740 6.12 7 950 7.11 10 700 8.09 14 000 9.04 18 100 9.96 22 900 10.85 28 600 11.69 35 200 12.4835 8 680 6.03 11 800 6.84 15 600 7.61 20 200 8.32 25 700 8.98 32 100 9.57 39 500 10.09 48 100 10.52 57 800 10.87

MTZ144 45 6 610 6.08 9 300 7.05 12 500 8.00 16 400 8.91 21 100 9.78 26 600 10.60 33 000 11.36 40 400 12.06 48 900 12.6955 - - 6 920 7.12 9 570 8.25 12 700 9.35 16 600 10.43 21 100 11.48 26 500 12.49 32 700 13.46 40 000 14.3635 9 510 6.77 13 000 7.71 17 100 8.58 22 100 9.40 28 100 10.19 35 000 10.94 43 100 11.68 52 400 12.42 63 000 13.16

MTZ160 45 7 280 6.80 10 200 7.95 13 800 9.04 18 100 10.08 23 200 11.08 29 100 12.05 36 100 13.01 44 200 13.97 53 500 14.9555 - - 7 670 8.06 10 600 9.37 14 100 10.63 18 300 11.86 23 300 13.06 29 200 14.25 36 100 15.45 44 000 16.6635 10 300 8.12 14 600 9.35 19 900 10.45 26 300 11.41 34 000 12.23 43 100 12.92 53 600 13.47 65 900 13.88 79 900 14.15

MTZ200 45 7 520 8.02 11 400 9.60 16 000 11.05 21 500 12.36 28 000 13.52 35 700 14.53 44 600 15.39 55 000 16.11 67 000 16.6855 - - 7 850 9.31 11 800 11.17 16 500 12.88 21 900 14.43 28 200 15.83 35 600 17.08 44 300 18.16 54 200 19.0835 14 200 10.25 19 600 11.70 26 300 13.07 34 500 14.34 44 200 15.50 55 800 16.53 69 300 17.43 84 900 18.17 102 900 18.75

MTZ250 45 10 800 10.32 15 300 12.05 20 800 13.73 27 600 15.34 35 800 16.88 45 600 18.32 57 200 19.66 70 700 20.88 86 300 21.9655 - - 11 500 12.25 15 900 14.23 21 300 16.18 28 000 18.08 36 100 19.92 45 800 21.69 57 100 23.37 70 500 24.9535 17 400 12.06 23 600 13.68 31 300 15.21 40 500 16.64 51 300 17.96 64 100 19.14 79 000 20.17 96 100 21.04 115 600 21.73

MTZ288 45 13 200 12.17 18 600 14.11 25 100 16.00 32 900 17.82 42 200 19.56 53 100 21.20 65 900 22.72 80 800 24.12 97 800 25.3755 - - 13 800 14.25 19 100 16.49 25 500 18.70 33 100 20.87 42 200 22.97 52 900 24.99 65 500 26.91 80 000 28.7235 19 000 13.54 25 900 15.42 34 300 17.16 44 300 18.81 56 100 20.37 70 000 21.88 86 200 23.36 104 800 24.84 126 000 26.33

MTZ320 45 14 600 13.61 20 500 15.90 27 600 18.08 36 200 20.15 46 300 22.15 58 300 24.10 72 300 26.03 88 400 27.95 107 000 29.9055 - - 15 300 16.12 21 200 18.73 28 200 21.26 36 600 23.71 46 600 26.12 58 400 28.50 72 100 30.89 88 100 33.31

! 6!

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Bilag&6:&Voyage&data&recorder&2012&Udarbejdet!af!besætning!ombord!på!Torm!Ragnhild!på!baggrund!af!daglige!aflæsninger.!!! !

År 2012

Fra 53189,0 SømilTil 4611.12 TimerDøgn9i9alt 414.50 Timer

1179.18 Timer601.50 Timer1781.08 Timer1723.59 Timer220.20 Timer

4955,8 Timer5435,9 MT9i9alt332,4 MT9i9alt

0,0 MT9i9alt26477,0 Kg9i9alt

11160,9 Timer853,9 MT9i9alt51,4 MT9i9alt0,0 MT9i9alt

2537,0 Timer164,2 MT9i9alt

9,6 MT9i9alt2,4 MT9i9alt

492,0 Timer23,2 MT9i9alt

817,6 Timer128,3 MT9i9alt

0,0 MT9i9alt

Framo9dieslerDriftstimer9i9altMGO

Inertgas9generator:Driftstimer9i9altMGO

Andre9forbrugereHFO9med9højt9svovlindhold,9Centrifuger9og9filtre

MGO

Cylinder9olie9med9højt9BN

Hjælpemaskineri:

Hjælpemotorer:Driftstimer9i9altHFO9med9højt9svovlindholdHFO9med9lavt9svovlindholdMGO

Kedel:9(Comp9&9Aux9Blr)Driftstimer9i9altHFO9med9højt9svovlindholdHFO9med9lavt9svovlindhold

MGO

0 Havne9rejseI9havn9under9lastningI9havn9under9losningI9havn9i9altTil9anker9Stop

Hovedmotor:

DriftstimerHFO9med9højt9svovlindholdHFO9med9lavt9svovlindhold

31/12/11 I9søen9i9alt

Forbrugsrapport for m/t Torm Ragnhild

01/01/12 Udsejlet9distance9(OBS)

0,2 MT9i9alt0,9 MT9i9alt

6454,0 MT9i9alt393,6 MT9i9alt154,8 MT9i9alt

6454,0 MT9i9alt393,6 MT9i9alt90,1 MT9i9alt

HFO9med9lavt9svovlindholdMGO

Mikael9R9JensenCHIEF9ENGINEER

HFO9med9højt9svovl9indholdHFO9med9lavt9svovlindholdMGO

Tilgang9år9+9bunkret9`9afslutning9år

HFO9med9højt9svovl9indhold

HFO9med9lavt9svovlindhold,9Centrifuger9og9filtreMGO,9Incinerator,9Nødgenerator9og9Kedel9Tændbrænder

Forbrug af brændselsolier i alt

! 7!

!!!!

Bilag&7:&Varmebalance&AE2&! !

Varmebalance*AE

Målinger/data Måling

Lufttemperatur*ved*indsugning 40 °C

Ladeluft*tryk 0,6 bar

Udstødstemperatur 370 °C

Brændstof*flow 0,024 l/s FO*beregning

Densitet*brændstof 0,942 kg/m^3 Bilag*22

Temp*brændstof 85 °C

EL*effekt 307 kW Gennemsnitsvisning

Generator*virkningsgrad 0,95 % Bilag*10

HT*vand*ind 71 °C

HT*vand*ud 75,0 °C Gennemsnitsberegning

HT*flow 10 l/S Bilag*10*

LO*ind 60 °C

LO*ud 68 °C

LO*flow 5,5 l/s Bilag*10

omdr 720 o/min Bilag*10

Brændværdi*FO 40300 kj/kg Bilag*21

Varmefylde*LO 2,05 kj/kg (Aage*Birkjær*Lauritsen*2007)

Densitet*LO 884 kg/m^3 (Aage*Birkjær*Lauritsen*2007)

Ladeluft*temp 40 °C

Temperatur*efter*kompressor 92 °C

Data.for.motor (Bilag*10)

Antal*cylindre 6

diameter 22,5 cm

slaglængde 30 cm

Slagvolume 0,072 m^3

Densitet.luft40°C 1,110 (Aage*Birkjær*Lauritsen*2007)

C.værdi.luft 1 (Aage*Birkjær*Lauritsen*2007)

HT.vand FO.målerCyl*1 74°C Tid 22*min*33*sek

Cyl*2 75°C Start 8488,643 m3

Cyl*3 76°C Stop 8488,676 m3

Cyl*4 75°C

Cyl*5 74°C

Cyl*6 76°C

*Det*har*trods*henvendelser*til*MAN*B&W*ikke*været*muligt*at*få*en*pumpekurve*for*

kølevandspumpen*til*at*finde*det*reele*vandflow,*der*tages*derfor*udgangspunkt*i*de*36*m3/h*

der*er*oplyst*for*i*databladet.*

Effekt*beregninger

HT*effekt (T_ud*b*T_ind)***masseflow***C_vand168 kW 18,14 %

LO*effekt (T_ud*b*T_ind)***masseflow***C_olie79,7 kW 8,61 %

Tilført*effekt masseflow*brændstof***nedrebrændværdi925,9 kW

EL*Effekt Gennemsnit*over*måleperiode307 kW 33,16 %

Aksel*effekt EL*effekt*/*virkningsgrad323,2 kW 34,90 %

Ladeluft*køler (T_ud*b*T_ind)***vol_flow***densitet***C39,6 kW 4,28

Generator*tab Aksel*effekt*b*EL*effekt16,2 kW 1,75 %

Udstød (T_ud*b*T_ind)***vol_flow***densitet***C251,5 kW 27,17 %

Rest/stråling TilførtbHTbLTbELbUdstødbGenerator*tab63,8 kW 6,89 %

! 8!

!!!!

Bilag&8:&Diagram&over&eksisterende&LT&system&!!!!! !

! 9!

!!!

Bilag&9:&Datablad&for&MAN&B&W&6L23/30H&Ydelse,!temperatur!specifikationer!mm.!!!!! !

1. Ma~n specificationENGINE NO. SB6L23—3256 TEST DATE. 2004—11—24

MAIN DATA FORDIESEL ENGINE

MAIN DATA FORALTERNATOR

ENGINE MODEL 6L23/3OHNO. OF CYLINDER - 6 oaCYCLE 4—STROKEDIAMETER OF CYLINDER 225 mmSTROKE OF PISTON 300 mm

~ RATED OUTPUT 795 kWRATED SPEED 720 rpmMAX. FIRING PRESSURE 135 kg/cm2B.M.E.P - 18.9 kg/cm2COMPRESSION RATIO - 13 1ROTATION DIRECTIONMAKER

C.W VIEW FROM FLY~WIEELHYUNDAI HEAVY IND.

. TYPE HFC6 506—14K~_SERIAL NO t O4-4RAL172-01~_CAPACITf 925.0 kVA~ EFFICIENCY. COS 4’ = 1.0, 93 . 8/95 . 4/95 . 4/94 - 8/94~ 25%/50%/75%/100%/1 10%VOLTAGE 450 VCURRENT 11867 AFREOUENCY I 60 HzPOWER FACTOR 0.8MN<E ENPACO-MAN R&W

MAIN DATA FOR TYPE NRI5TURBOCHAPGER SPECIFICATION R184

~ SERIAL NO SAH 730~_MAKE WOODWARD~_TYPE UG8D

MAIN DATA FOR DESIGN NO 8525—797GOVERNOR SERIAL NO 13915983

~_SERVO MOTOR DC 24 V~ SHUT DOWN DC 24 V~_AIR COOLER SERIAL NO. DHF7384O—A~_L.O COOLER SERIAL NO. DECO5O4—1

ACCESSORIES L.O PUMP SERIAL NO. Y47155—13~ F.O PUMP SERIAL NO. 5H4D13—25F.W PUMP SERIAL NO. SN4Z12—34NAME MARINE DIESEL OIL

FUEL OIL SPECIFIC GRAVITY 0.8752 (@15/4tVISCOSITY 16.5 (OST @ 40.0 t)

• L.C.V 10081 KcaI/KgNAME DAPHNE MARINE OIL SX — 30

ENG~NE& SPECIFIC GRAVITY 0.8904 (@ 15/4 t)VISCOSITY 103.6 (OST @ 40t)NAME DN SUPER HYDRAULIC FLUID 68

LU& OIL FOR SPECIFIC GRAVITY 0.8730 (@15/4t)

VISCOSITY 66890 (OST @ 40t)MA — 8040 — 6W2 STX ENGINE CO.. LTD.

nwj Description I~ Page 1(2) Operation Data & Set Points 5O~.30Edilion 35H

L23/30H

Normal Value at Full bad Alarm Set point Autostop of engine

Lubricating Oil System

Temp. before cooler SAE 30 TI 20 ~ TAK 20 90° C(oulletengine) SAE 40 TI 20 65-82°C TAK 20 100° C

Temp. atter cooler SAE 30 TI 22 45-65°C TAK 22 75°C TSK 22 85°C(inlet engine) SAE 40 TI 22 50-72° C TAH 22 85°C TSK 22 95° C

Pressure atter filter (inlet eng) P122 3-4 bar PAL 22 3 bar PSL 22 2.5 bar

Elevated pressure i.g. whencentrifugal filter instalted P122 4-5 bar PAL 22 4 bar PSL 22 2.5 bar

Pressure drop across filter PDAH 21-22 0.5-1 bar PDAH 21-22 1.5 bar

Prelubricating pressure P125 0.1-0.5 bar LAL 25 tevel swilchPressure intet turbocharger P123 1.5 ±0.2 bar

Lub. oil, level ifl base frame LAL 28/LAK 28 low/high levet

Temp. main bearings TE 29 75-85°C TAK 29 95°C

Fuel Oil System

Pressure atter filter M0O P140 2-3 bar PAL 40 1.5 barHFO P1 40 (A) PAL 40 4 bar

Leaking oil LAH 42 leakage

Press. nozz cool. oil, inlet eng. P150 2-3 bar PAL 50 1.5 bar (C)Temp. nozz. cool. oil, outlet eng. TI 51 80-90° C (C)

Cooling Water System

Press. LT-syslem, inlet engine P101 1-2.5 bar PAL 01 0.4 bar + (BPress. HT-system, inlet engine P110 1-3.0 bar PAL 10 0.4 bar + (B

Temp. HT-system, intet engine TI 10 60-75°CTemp. HT-system, outl. cyl.units TI II 70-85°C

Temp. HT-system, outlet engine TAK 12 90° C TSH 12 95° CTAK 12-2 93°C

Temp. raise across cyl. units max. 10° C

Exhaust Gas and Charge Air

Exh. gas temp. before TC TI 62 425-475° C TAK 62 550° CTAH 62-2 600° C

Exh. gas temp. outlet cyl. TI 60 280-390° 0 TAK 60 420° CDif. between individual cyl. TAD 60 average ±50°C

Exh. gas temp. atter TC TI 61 275-350° C° TAK 61 500° CT161 320-390°C°°

Ch. air press. afler cooler P1 31 2-2.5 barCh. air temp. atter cooler TI 31 35-55°C TAK 31 65°C

Compressed Air System

Press, intet engine P170 7-9 bar PAL 70 7 bar

Speed Control SystemO Engine speed

MechanicalElec. Sl 90 720 rpm SAH 81 815 rpm SSH 81 825 rpmMechanical 55K 81 815 rpmo EIec. Sl 90 750 rpm SAK 81 850 rpm 55K 81 860 rpmMechanical SSK Sl 850 rpmElec. 5190 900 rpm SAK 81 1015 rpm SSK 81 1030 rpm

55K 81 1015 rpmTurbocharger speed Sl 89 SAK 89 (0)

Specific pbanls will not comprise alarm equipment and autostop for ali parameters listed above. For specific ptants additional parameterscan be included. For remarks to some parameters, see overteaf.for 720/750 rpm for 900 rpm.

STX Eng ine

sbcChapter 2. Diesel engine

2—1. General

The STX—MAN—B&W diesel generator engine of 6L23/30H type is designedwith a view to reliability and good operating economy, less consumption ofspare parts and easy maintenance.The gen—set is approved by

LLOYD’S RESISTER OF SHIPPING, DET NORSKE VERITAS, AMERICAN BUREAU 0f SHIPPING, BUREAU VERITAS. GERMANISCHER LLOYD, REGISTRO ITAL IANO NAVALE, KOREANREGISTER OF SHIPPING, NIPPON ~IJI KYOKAI, ETC.

The construct ion of the STX—MAN—B&W marine generator engine 6L23/3OHis a 4—stroke trunk piston diesel engine in the medium speed range. Theengine is moderate supercharged by means of one exhaust gas turbo—chargerand air cooler.

2—2. Engine particulars

1) Engine quantity per ship 3 Sets

2) Model 6L23/30H

3) Number of cylinders : 6 cylinders

4) Cylinder arrangement : In—line

5) Cylinder bore : 225 mm

6) Piston stroke 300 mm

7) Engine rat ing

— Max. continuous output : 795 kW AT 720 RPM

— Over bad capacity 110% one hour inevery twelve hours

1-4 STX Corporation

sbcAt the standard condit ion of

• Altitude Sea level (1000 mbar)

• Ambient teniperature Max. 45 t

• Relative humidity 60%

• Fresh water temperature : 36 t

8) Revolution : 720 RPM

9) Piston speed 7.2 misec

10) Mean effecitive pressure 18.5 Kg/cm2

11) Max. cylinder pressure 134 Kg/cm2

12) Direct ion ot rotation Clockwise viewing fromI Iywheel side

13) Start ing : Air motor (7 9 Kg/cm2)

14) Installation The engine and generator aredirectly coupled and installedon a common bedpiate.

15) Cool ing system

— By H.T water Cyl. I iner, Cyl . cover

— By L.T water Lub. oil cooler, Air cooler

— By lub. oil Piston

16) Firing order 1 —4—2—6—3—5

1—5 STX Corporation

stx~ilss~em

Lub. oil pump driven by engine

— Gear type— Working pressure— Safety valve— Capacity

81202 Prelubricating pump

— Electric motor driven— Capacity— Motor— Insulat ion— Proteot ion grade— Start ing current— Ful I—bad current

2.6 rn3lh x 1.5 Kg/cm2AC 440V, 3phase, 60Hz x 0.63Kw 3380rpmF claaslP 556.5 Arnp1.3 Amp

B 1200

B 1201

4— 5 Kg/cin2 (aft. filter)5.5 Kg/cm220 m3/h

81203 Lub. oil cooler

— Plate type

81204 Thermostatic 3—way valve

— Wax type—Settingpoint 60 t

81205 Lub. oil filter with difterential pressure switch (PDAH21—22)

— Duplex, cartridge type— Fineness : 10 15 micron

81206 Lub. oil centrifugal by—pass filter

81201 LeveT switch in oil sump (LAL/H28)

81208 Protect ing cover of pipe connect ion aeG. to SOLAS 1994

1—9 STX Corporation

81300 Cooling water systen

81301 One(1) str ing cen

B1302 L.T water pipe

B1303 l-l.T fresh water punip

— Centrifugal type— Capacity— Working pressure

Electric preheater without purnp

L.T cool ing water auto shut—off

Compressed air system

Air starter motor (Turbine type)

Solenoid valve for remote start

Start ing air pressure reducing valve, safety v/v,press gauge and Y—strainer

E1404 Angle valve for starting air

81405 Starting air tank 300

81404 Arigle valve for starting air

81500 Charcjing air sv_stern

81501 Turbocharger

81502 Charging air cooler with water mist catcher

— Fine—tube type

stxtral cool ing water system 1

Parkerizing -

4

driven by engine

36 m3/hI — 2.5 kg/cni2

&rnotor 9kW

va I ve

81304

E1305

81400

81401

8 1402

81403

inlet

Litre x 30 kg/an’ x 1 bottle

inlet

— Maker— Type

Enpaco — M.A.N & B&WNR 15/R

1—10 STX Corporation

! 10!

!!!!

Bilag&10:&Thermax&katalog&Ydelse,!temperatur!specifikationer!mm.!for!absorptionsmaskiner.!!! !

I n t r o d u c t i o n

ProChill - (LT

24 T

to

LT

115

T

)

TMProC

hill

Specifications - Low temperature hot waterfired Single effect chillers - MKS

1) Model Nos: LT XX C Low Temperature Hot wafer fired Single effect Chillers

02) Chilled waler inlet /outlet temperature = 12.2/6.7 C03) Cooling water inlet temperature = 29.4 C

04) Hoi water inlet / outlet temperature = 90.6 / 85 C5) Minimum Chilled waler outlet temperature is6) Minimum Cooling water inlet temperature is

07) Ambient condition shall be between 5 to 45 C

8) Maximum Allowable pressure in chilled / cooling / hot water system = 7.8 bar (g)

9) Control panel Electric Input = 1kVA10) All Water Nozzle connections to suit ASMEB16.5 Class 15011) Technical specification is based on JIS BBG22 : 2002

Model Number UNIT LT10C LT12C LT14C LT16C LT18C LT21C Cooling Capacity kW 352 422 492 563 633 739

3Flow Rate m /hr 54.9 65.8 76.8 87.8 98.7 115.2Chilled Water Circuit No. of passes (Evaporator) # 2

Friction Loss kPa 18.6 19.6 31.4 31.4 63.7 66.7Connection Diameter mmMB 150

3Flow Rate m /hr 100 120 140 160 180 2100Outlet temperature C 36.6 36.6 36.6 36.6 36.6 36.6

Cooling Water Circuit No. of passes (Absorber # 2No. of passes (Condenser) # 1Friction Loss kPa 34.3 38.2 56.9 61.8 35.3 38.2Connection Diameter mmNB 150 200

3Flow Rate m /hr 76 91 107 121 137 159Hot Water Circuit No. of passes (Generator) # 4 3

Friction Loss kPa 43.1 43.1 30.4 30.4 56.9 59.8Connection Diameter mmNB 150Length (L) mm 4100 4700 5800

Overall Dimensions Width (W) mm 1500Height (H) mm 2520

3Operating Weight x 10 kg 6.0 6.3 7.1 7.3 8.2 8.63Maximum Shipping Weight x 10 kg 5.3 5.5 6.1 6.2 7.1 7.3

Clearance for Tube Removal mm 3200 3800 4800Absorbent Pump kW(A) 1.5 (5.0)Refrigerant Pump kW(A) 0.3(1.4)

Electrical data Purge Pump kw(A) 0.75(1.8)Total power consumption kVA 6.9Power Supply 415 V(±10%), 50 Hz (±5%), 3 Phase+N

! 11!

!!!!!

Bilag&11:&Beregningsgrundlag&for&døgnprofil&Aflæsninger!ombord!på!Torm!Ragnhild!til!udarbejdelse!af!døgnprofil.!! !

Døgn%profil

Time%tæller%aflæsning

09504513 10504513 10504513 10504513 1050451321.00 03.00 %09.00 15.00 21.00

Prov%1 23620 23620 23620 23620 23620 0 0 8,7Prov%2 28759 28765 28770 28775 28781 22 91,7 8,7AC%50% 232 238 244 250 256 24 100,0 63,5AC%67% 232 238 244 250 256 24 100,0 85,1AC%100% 176 178,5 181 184,5 186,5 10,5 43,8 127Workshop 165,5 165,5 167,5 173,5 175 9,5 39,6 15,2ECR 374 378 384 390 396 22 91,7 15,2

Gennemsnitlig%effekt

Drifttimer døgn% Effekt

21.00%5%03.00

03.00%5%09.00

09.00%5%15.00

15.00%5%21.00

Prov%1 0 0 0 0Prov%2 8,7 7,3 7,3 8,7AC 102,6 102,6 109,5 99,1Workshop 0 5,1 15,2 3,8ECR 10,1 15,2 15,2 15,2Total%[kW] 121,4 130,1 147,2 126,8Tilgængelig[kW] 135,0 135,0 135,0 135,0Over/under%[kW] 13,6 4,9 512,2 8,2kWh 81,7 29,6 573,1 49,4

Total%behov 121,4 130,1 147,2 126,8O/U 13,6 4,9 512,2 8,2

88,9 97,6 121,7 90,8

! 12!

!!!

Bilag&12:&Datablad&Daikin&AT16&Ydelse,!mm.!for!fancoils!til!ECR!og!workshop.!!! !

Priskatalog 2011 Afsnit 8, Side 176BKF-Klima A/S

Fan Coil for vandFWD-AT

Beskrivelse:- FWD for horisontal tilslutning uden kabinet - Farve: Galvaniseret plade- 3 trins ventilatormotor (1x230V, 50Hz)- Afløbsstuds: ø17mm

Tilbehør:- Hastighedsomskifter, termostat, reguleringsventil- Se også under tilbehør.

FWD-AT2-pipeFWD-AT Str 04 AT 06 AT 08 AT 10 AT 12 AT 16 AT 18 AT

1) Kølekapacitet total kW 3,9 6,2 7,8 8,82 11,9 16,4 18,31) Kølekapacitet sensibel kW 3,08 4,65 6,52 7,16 9,36 12,8 14,1Vandmængde, nom. l/h 674 1064 1339 1514 2056 2833 3140Tryktab kPa 17 24 24 16 26 34 452) Varmekapacitet kW 4,05 7,71 9,43 10,79 14,45 19,81 21,92Effekt forbrug @ ESP=0 W 234 349 443 443 714 1197 1197Luftmængde H/L m3/h 800 1250 1600 1600 2200 3000 3000Eksternt statisk tryk Pa 66 58 68 64 97 145 1344) Lyd effekt niveau H-L dB(A) 66-54 69-59 72-62 72-62 74-60 78-69 78-69Mål unit (HxBxD) mm 280x754x559 280x964x559 280x1174x559 352x1174x718 352x1384x718Vægt kg 33 41 48 49 65 77 80Rørtilslutning in 3/4” 1”

2-pipe ekskl ventil kitPris, ekskl moms kr

4-pipeFWD-AF Str 04 AF 06 AF 08 AF 10 AF 12 AF 16 AF 18 AF

1) Kølekapacitet total kW 3,9 6,2 7,8 8,82 11,9 16,4 18,31) Kølekapacitet sensibel kW 3,08 4,65 6,52 7,16 9,36 12,8 14,1Vandmængde, nom. l/h 674 1064 1339 1514 2056 2833 3140Tryktab kPa 17 24 24 16 26 34 452) Varmekapacitet kW 4,49 6,62 9,21 9,21 15,86 21,15 21,5Effekt forbrug @ høj hast. W 234 349 443 443 714 1197 1197Luftmængde H/L m3/h 800 1250 1600 1600 2200 3000 3000Eksternt statisk tryk Pa 63 53 63 59 92 138 1284) Lyd effekt niveau H-L dB(A) 66-54 69-59 72-62 72-62 74-60 78-69 78-69Mål unit (HxBxD) mm 280x754x559 280x964x559 280x1174x559 352x1174x718 352x1384x718Vægt kg 35 43 50 52 71 83 86Rørtilslutning in 3/4” 1”

4-pipe ekskl ventil kitPris, ekskl moms & afgift kr

1) Kølekapacitet ved rumkondition: 27°CDB 19°CWB og vandtemperatur til/afgang 7/12°C ved høj ventilatorhastighed2) Varmekapacitet (2-pipe) ved rumkondition 20°CDB og vandtemperatur tilgang 50°C ved vandmængde som kølemode og høj ventilatorhastighed3) Varmekapacitet (4-pipe) ved rumkondition 20°CDB og vandtemperatur til/afgang 70/60°C ved nominel luftmængde og ESP4) Lydeffektniveau ved eksternt statisk tryk = 0 Pa

Priserne er ekskl. moms, frit leveret inkl. emballage, der ikke tages retur. Ret til pris- og model ændringer uden forudgående varsel.

! 13!

!!!

Bilag&13:&Datablad&Kangrim&kedel&Ydelse,!olieforbrug,!tryk,!temperatur!mm.!!! !

~GRIM CJJTECHNICAL DA TA /MC3O1P31

Rev.: 0(Page I of 2)

• Technical data of boiler

General data

Project 4 - S-l139/40Ciassification LRUnit of temperature [ t ]Unit of pressure [kg!cm2g j

Boller data

Model MC291PO1No. of boiler / ship 1 setSteam productionOil fired section: 1200 kg/hExh. Gas section : 1100 kg/hWorking pressure : 7 kgIcm~gFeed water temperature : 80 ~CAmbient temperature 45 ‘0

Oil fired data- Fuel oil consumption 88 kg/h- Comb. Air consumption 1385 kg/h- Flue gas quantity(45 °C) 1467 kg/ti

Exh. Gas dataDescription ISO(NCR) WIN(NCR) TROP(NCR) WIN(MCR)Steam production(kglh) 1200 751 1618 941Gas weight(kg/h) 77500 78500 72800 90600Inlet temp.ÇC) 229 210 262.5 213Outlettemp(°C) 196 187.7 208.8 191.3Draft loss(mmAq) Max. l5OmmAg

- Exh. Gas inletloutlet size 1100/1100 A

! 14!

!!!

Bilag&14:&Datablad&DongHwa&forvarmer&Type,!ydelse,!dampforbrug!mm.!!!! !

DongM’vaEntecDESIGN DATA LIST

CUSTOMER STX

SHIP NO. S—1139/40

CLASS LR,~

ITEM NAME 0.35W M/E JACKET WATER PREHEATER ( I set/ship)

1. DESIGN_DATAH/EXCHANGER TYPE SHELL & TUBE (U—TUBE TYPE)

SHELL SIDE TUBE SIDE

FLUID F.W. STEAM

FLOW RATE 8.3 (rps/hr) 1 67.3 (Kg/hr)

INLETTEMP. 25 ( t ) 169.6 ( tOUTLETTEMP. 34.8 ( t) 169.6 ( tOPERATING PRESS. 4.0 (Kglcm’G) 7.0 (Kg/cmtG)

DESIGN PRESS. 6.0 (Kg/cm’G) 9.0 (KgIcm2G)

DESIGNTEMP. 50 (t) 180 (t)

HYDRO’C TEST PRESS. 9.00 (Kg/cm~G) 13.5 (Kg/cmzG)

VELOCITY 0.30 (m/sec) — (m/sec)

PRESS. ALLOWABLE 0.5 (Kg/crnæa) — (Kg/cmaG)

DROP. DESIGNED VALUE 0.050 (Kg/cm’s) — (Kg/cm2G)

NOOFPASS 1 2

CLEANLINESS FACTOR 90 ( %)

2. NOZZLE SIZE & SAFETY V/V SETTING PRESS.PART NAMÉ BORE FLANGE RATING

F.W. IN &OUTLET SIZE 40A JIS lOK S.0. F.F.

STEAM INLET CONN. SIZE 40A JIS lOK S.O. F.F.

DRAIN OUTLET CONN. SIZE 25A JIS lOK 5.0. F.F.

RELIEF VN SETTING PRESS 6Kg/crntc

3. WEIGHT UNPP :Kg/setEMPTY 123 FULLOF WATER 150

NO. PA AIR ViB DRAINC PLUGD PLUGE THERIF~ NAME6 COMPH WATEFI ANODI

292827

26

2524232221

except that tubes sholl be flush withspecified by the purchoser.

CHE MICBLANKLEVEL (

NSULAI

GASKVTGASKBSTUD BSODA HPROTEG

G[ASS WOOLRB—7.513 TUBE PROJECTIONTubes shall be tlush with ar exiend by no more than ane holl at d tube diameter beyand the face at each tubesheet,

the top tubesheet in vertical exchangers to facilitate drainage unless otherwise

DETAIL 0V SHELL TO SHELL

OUTSIDE FINk COATING HEAT RESISTM4CE ALIJMI. PAINT SILVERINSIDE COATING 0V COVER TAR EPOXY (MIN. 250 ii)

NO.

CONNECTION FLJ4NGE

DETAIL 0V STUD BOLT & NUl

PART NAME

DETAIL 0V BOSS

ilS.W IN & OUTLET FLANGE

BORE

SEAN

FLANGE SIZE

UINLET FIANGE

1 5OA

DRAIN

JIS

lyINLET FLANGE

RAI1NG

125A5K S.0.

JIS

vDRAIN OUTLET FLANGE

I OK1 25A

F.V. (22t)S.0.

JIS

MR OUTLE[ FLANGE

F.F.

1 25Ai OK

JIS5.0.

1 OKEF.

324

AIR VENDRAINCOMPOt.THERMOLIFTINGSUPPORNALlE PBOILINGPEEP H’STAY &BPFFLETUBE SlTIlSEDRAIN IiSTEAMIREVERS I.CHANNEIEXPANSISHELLSHELL

5.0.JIS 10K

F.F.

201918171615141312111098765432

PARTNO.

RULE

DETAIL

S.0. F.F.

0V TUBE PITCH

MiK T K C

II 6.6 7 7III 6.6 7 7IV 6.6 7 7

DESIGN_TEST_CONDITIONSURFACE AREA 16M2 SHELL SIDE TUBE SIDEFLUID DRAIN/STEAM S.WFLUID Q’TY - b 17000/1100 kg/hr 150 m3/hrOPERATING PRESS. ATM. kg/cm2 G 2.5 kg/cm2 GINLET TEMPERATURE 100/661 kcai/kg 42.3 ‘COUTI.ET TEMPERATURE 80 ‘C 49.07 CND. 0V PASSES IVELOCI1Ï — mis 1.21 misPRESSURE DROP — kg/cm2 0.1 kg/cm2DESIGN PRESS. i kg/cm2 6 3.5 kg/cm2 G[fYORO’C TEST PRESS. 1.5 kg/cm2G 5.25 kg/cm2GCLEANLINESS VACTOR 85 (%)JOINT EFF1CIENCY 60 (Y~~7 4.9 5 5

~ 6 66 WEIGHT (kg)

ARPR0W~

CR4CKED~ -4,DFMWN

EMPTY FULL980780

! 15!

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Bilag&15:&Datablad&køleflader&AC&samt&kabys&Type,!ydelse,!pris!mm.!!! !

tt coil as - Svanningevej 2 - 9220 Aalborg - DK - tlf. 98159500 - fax 98159085.

Kunde: Rasmus Skipper JørgensenAttention: Version 5.20.1Tilbudsnr.: PD13502 / pd Dato 24-05-2013 Side 1

Reference : 3 - (16.000 m3/h)Coilkode : CW-TR-2,5-1800-1200-8R-40-S-Cu/Al

Kapacitet 252,91 kW

Barometrisk tryk 101,325 kPaDensitet 1,225 kg/m³Luftmængde 4,444 m³/sLufthastighed 2,06 m/sTilgangstemperatur/RH 32,00 / 62,0 °C / %Afgangstemperatur/RH 12,00 / 97,3 °C / %S.H.R. 0,45Kondensat 3,319 l/minLufttryktab 100 Pa

Data luftside Medium VandTilgang 6,00 °CAfgang 12,00 °CVæskemængde 10,06 l/sVæskehastighed 1,28 m/sDensitet 999,740 kg/m³Væskevarmefylde 4.190,40 J/kg/KVæske varmetrans 0,578 W/m/KViskositet 1,349 mPa.sTryktab 20,4 kPa

Væskedata

Tør vægt 205,6 kgRør Cu: 0,38 x 16 mmStokke (L) CuDim. [B" x H' x L'] 2.030 x 1.272 x 310

Volume 75,90 dm³Overfladeareal 377,74 m²Lameller AL: 0,13 mmRamme Galv, 2,0mmTilslutningsdim. 1 x 3" Gevind

Fysiske data

Pris pr. stk. 36.100,00 DKK Levering 4 Uge(r)Antal 1

Pris og levering

Drypbakke - Hor. afløb, 1" BSPM, 1,5 mm GalvSealet ved hulpladerEmballage, Open Slatted Crate

Tilbehør

tt coil as - Svanningevej 2 - 9220 Aalborg - DK - tlf. 98159500 - fax 98159085.

Kunde: Rasmus Skipper JørgensenAttention: Version 5.20.1Tilbudsnr.: PD13502 / pd Dato 24-05-2013 Side 2

Reference : 4 - (1.080 m3/h)Coilkode : CW-TR-2,5-450-300-10R-5-S-Cu/Al

Kapacitet 17,07 kW

Barometrisk tryk 101,325 kPaDensitet 1,225 kg/m³Luftmængde 0,300 m³/sLufthastighed 2,22 m/sTilgangstemperatur/RH 32,00 / 62,0 °C / %Afgangstemperatur/RH 12,00 / 97,3 °C / %S.H.R. 0,45Kondensat 0,224 l/minLufttryktab 136 Pa

Data luftside Medium VandTilgang 6,00 °CAfgang 12,00 °CVæskemængde 0,68 l/sVæskehastighed 0,69 m/sDensitet 999,740 kg/m³Væskevarmefylde 4.190,40 J/kg/KVæske varmetrans 0,578 W/m/KViskositet 1,349 mPa.sTryktab 6,4 kPa

Væskedata

Tør vægt 34,7 kgRør Cu: 0,38 x 16 mmStokke (L) Steel / CuDim. [B" x H' x L'] 640 x 372 x 370

Volume 6,61 dm³Overfladeareal 29,51 m²Lameller AL: 0,13 mmRamme Galv, 2,0mmTilslutningsdim. 1 x 1 1/2" Gevind

Fysiske data

Pris pr. stk. 9.120,00 DKK Levering 4 Uge(r)Antal 1

Pris og levering

Drypbakke - Hor. afløb, 1" BSPM, 1,5 mm GalvSealet ved hulpladerEmballage, Open Slatted Crate

Tilbehør

! 16!

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Bilag&16:&Datablad&Smedegaard&HT&pumpe&Type,!ydelse,!effektoptag!mm.!!! !

Omega  12-­192-­4    

Pedestal  (incl.  concrete)  127  kgPower  (kW) 1,5 3,0 4,0

H  (mm) 384 424 453

                                                                               IEC  38  +/-­  10%,  50  Hz,  IP55

(True  running  costs)

   TypeKg Motor

P2(kW)In  (A)  (50Hz)      standard    

Cos  φ n(min-­1) dB(A)    m%      standardSingle Twin 1x230V 3x400/230V 3x690/400V eff  1 eff  2 eff  3

 Omega  12-­152-­4     77 -­ 1,5 -­    3,5/6,1 -­ 0,82 1405 47 75  Omega  12-­182-­4     86 -­ 3,0 -­    6,6/11,5 -­ 0,84 1410 52 80  Omega  12-­192-­4     93 -­ 4,0 -­ 10,0/17,3 -­ 0,85 1450 54 82

This  model  is  also  available  as  an  Omega-­Drive  -­  a  selfregulating  pump  with  integral  inverter  and  optional  differential  pressure  transducer.Denne  model  fås  også  som  Omega-­Drive  -­  en  selvregulerende  pumpe  med  integreret  frekevensomformer  med  eller  uden  monteret  differenstryk-­transmitter.Dieses  Model  ist  auch  als  Omega-­Drive  lieferbar  -­  eine  selbtsregulierende  Pumpe  mit  integriertem  Umrichter,  mit  montiertem  oder  ohne  Differenzdruckschalter.

Smedegaard  reserve  the  right  to  change  the  product  without  priornotice  and  take  no  responsibility  for  inaccuracies  or  misprints.

! 17!

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Bilag&17:&Datablad&Smedegaard&LLT&pumpe&Type,!ydelse,!effektoptag!mm.!!! !

Type.

Omega 10-140-4 (D)

Omega 10-150-4 (D)

Omega 10-160-4 (D)

58,5

58,5

58,5

116

116

116

1,1

1,1

1,1

-

-

-

-

-

-

-

-

-

-

-

-

0,82

0,82

0,82

1390

1390

1390

37

37

37

72

72

72

2,2/3,8

2,5/4,3

2,7/4,7

Motor P (kW) 1x230V 3x400/230V 3x690/400V eff 1 eff 2 eff 3

Cos(%) standard.

n(min ) dB(A)-1KgSingle Twin 2

D = Twin pump

In-line DN 100Omega 10-160-4 (D)

IEC 38 +/- 10%, 50 Hz, IP 55

m

OmegaGlanded pumps.Tørløber pumper.Trockenläufer Pumpen.

TM

Smedegaard reserve the right to change the product without prior notice and take no responsibility for inaccuracies or misprints.

This model is also available as an Omega-Drive - a selfregulating pump with integral inverter and optional differential pressure transducer.Denne model fås også som Omega-Drive - en selvregulerende pumpe med integreret frekevensomformer med eller uden monteret differenstryk-transmitter.Dieses Model ist auch als Omega-Drive lieferbar - eine selbtsregulierende Pumpe mit integriertem Umrichter, mit montiertem oder ohne Differenzdruckschalter.

P :True running costs Optagen effekt Leistungsaufname

P2 = mP1 P3 = Q X H= p X P2

In (A) (50Hz) standard

Q [l/s]

NP

SH

[kP

a]

Foot: Twin modelFoot: Single model

15

300400

300

340

15

165200

165

200

Pedestal 76 kg.(incl. concrete)

210x280

500

Pedestal 200 kg.(incl. concrete)

435x370

500

1/4" BSPF

1/4" BSPF

(10k

Pa

~ 1m

Wc)

H

[kP

a]

Q [m3/h]

NPSH

10-140-4 1,1kW

10-160-4 1,1kW

0

10

20

30

40

0

20

40

60

80

100

0

10

20

30

40

50

60

70

80

90

100

0 10 202 4 6 8 12 14 16 18 22 24 26

0 10 20 30 40 50 60 70 80 90 100

140 150 125 H

470

760 H150

485

ISO

990

6-A

PN 10/16DIN 2533

180

8x ø19

22,5o

ø100ø220

0

0.4

0.8

1.2

0.2

0.6

1

1.4

P [k

W]

1

1

[%

]

p

P2 = mP1 P3 = Q X H= p X P2

(True running costs)

Power (kW) 1,1

H Single

Twin

340

340

10-150-4 1,1kW

! 18!

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Bilag&18:&Beregning&af&rør&samt&anlægsmodstand&i&LLT&og&HT&Dimensioner,!tryktab,!vand!flow!mm.!!! !

Beregninger'rør'LLT'!De!valgte!dimensioner!for!rørføringer!er!bestemt!ud!fra!en!ønsket!vandhastighed!omkring!1m/s.!!Tabel!over!vandhastighed![m/s]!

Rør F+R Q Dimension DN (mm)

#" m^3/h 20 25 32 40 50 65 80 100 125

1 45,5 40,3 25,8 15,7 10,1 6,4 3,8 2,5 1,6 1,0

2 2,8 2,5 1,6 1,0 0,6 0,4 0,2 0,2 0,1 0,1

3 1,4 1,2 0,8 0,5 0,3 0,2 0,1 0,1 0,0 0,0

4 41,3 36,5 23,4 14,3 9,1 5,8 3,5 2,3 1,5 0,9

5 36,1 31,9 20,4 12,5 8,0 5,1 3,0 2,0 1,3 0,8

6 5,2 4,6 2,9 1,8 1,2 0,7 0,4 0,3 0,2 0,1

7 2,4" 2,1 1,4 0,8 0,5 0,3 0,2 0,1 0,1 0,1

8 2,8" 2,5 1,6 1,0 0,6 0,4 0,2 0,2 0,1 0,1

De!valgte!dimensioner!er!markeret!med!gult.!Rør!#!er!i!henhold!til!efterfølgende!rørdiagram.!!! !

Der!vises!udregninger!for!rørføring!nr.!1,!udregningerne!for!de!efterfølgende!rør!er!de!samme,!hvorfor!der!kun!vises!resultater!ved!disse.!!Ruhed!i!rørene!er!fastsat!til!0,2!(Aage Birkjær Lauritsen 2007)!Kinematiskviskositet!fastsættes!til:!1,31x10^G6!!!Reyynoldstal:''

!" = !! ∗ !! !!!" = ! 1 ∗ 0,1251,31 ∗ 10!! = 95419!!!!Relativ'ruhed:'

!"#$%&'!!"ℎ!" = !!!!!!!"#$%&'!!"ℎ!" = ! 0,2125 = 1,6 ∗ 10!!!!!!Med!udgangspunkt!i!den!relative!ruhed!og!reynoldstal!findes!friktionstallet,!f,!i!et!Moodys!diagram!(Aage Birkjær Lauritsen 2007)!!!!"#$%#&'()&*(%+'* = ! ∗ ! ∗ !!

! ∗ 2 ∗ !!!!!"#$%#&'()&*(%+'* = 0,024 ∗ 10 ∗ 1!

0,125 ∗ 2 ∗ 9,82 = 0,0!! !

!Rør'1'Dimension! 125!mm!Hastighed! 1!m/s!Længde! 10!m!Relativ!ruhed! 0,0016!Reynoldstal! 95419!f!aflæst!til:! 0,024!Friktionsmodstand! 0,39'm'

" "Rør'2'Dimension! 32!mm!Hastighed! 1!m/s!Længde! 4!m!Relativ!ruhed! 0,00625!Reynoldstal! 24427!f!aflæst!til:! 0,036!Friktionsmodstand! 0,91'm'

" "Rør'3'Dimension! 25!mm!Hastighed! 0,8!m/s!Længde! 11!m!Relativ!ruhed! 0,008!Reynoldstal! 15267!f!aflæst!til:! 0,042!Friktionsmodstand! 2,40'm'

" "Rør'4'Dimension! 125!mm!Hastighed! 0,9!m/s!Længde! 11!m!Relativ!ruhed! 0,0016!Reynoldstal! 85877!f!aflæst!til:! 0,024!Friktionsmodstand! 0,34'm'"""

"" "

"Rør'5'Dimension! 125!mm!Hastighed! 0,8!m/s!Længde! 2!m!Relativ!ruhed! 0,0016!Reynoldstal! 76335!f!aflæst!til:! 0,025!Friktionsmodstand! 0,05'm'

" "Rør'6'Dimension! 40!mm!Hastighed! 1,2!m/s!Længde! 5!m!Relativ!ruhed! 0,005!Reynoldstal! 36641!f!aflæst!til:! 0,033!Friktionsmodstand! 1,20'm'

" "Rør'7'Dimension! 32!mm!!Hastighed! 0,8!m/s!Længde! 15!m!Relativ!ruhed! 0,00625!Reynoldstal! 19541!f!aflæst!til:! 0,036!Friktionsmodstand! 2,19'm'

" "Rør'8'Dimension! 32!mm!Hastighed! 1!m/s!Længde! 14!m!Relativ!ruhed! 0,00625!Reynoldstal! 24427!f!aflæst!til:! 0,036!Friktionsmodstand! 3,20'm'!

'

Modstand'i'LLT'system:'!Modstand!for!rørføringer!:!Rørføring!F+R! Vand!flow![m3/h]! Dimension! Modstand![m]!Rør!1! 45,5! DN!125! 0,39!Rør!2! 2,8! DN!32! 0,91!Rør!3! 1,4! DN!25! 2,4!Rør!4! 41,3! DN!125! 0,34!Rør!5! 36,1! DN!125! 0,052!Rør!6! 5,2! DN!40! 1,2!Rør!7! 2,4! DN!32! 2,19!Rør!8! 2,8! DN!32! 3,2!!Modstand!for!køleflader!Komponent! Vand!flow![m3/h]! Produkt! Modstand![m]!Absorptionsanlæg! 54,9! Thermax!LT10C! 1,89!Flade!ECR! 2,43! Daikin!AT16! 3,46!Flade!Workshop! 2,43! Daikin!AT16! 3,46!Flade!kabys! 2,4! CWGTRG2.5G450! 0,65!Flade!AC! 36,6! CWGTRG2.5G1800! 2,07!Kondensator!prov.! 1,24! CRKF221223*! 4,26!*Eksisterende*kondensator*til*proviant*anlæg!!Med!udgangspunkt!i!ovenstående!tabeller,!ender!den!samlede!modtand!for!LLT!systemet!på!4,26!m,!ved!et!pumpe!flow!på!45,5!m3/h.!Dette!er!med!udgangspunkt!i!en!opsætning!tilsvarende!den!viste!på!næste!side.!Køleflader!og!rørstykker!er!derfor!regnet!som!parallel!og!serie!forbindelser!ud!fra!denne!tegning.! !

Rør!til!HT!!

Rør Q Dimension(DN((mm)(

#" m^3/h 150" 175" 200"F+R 76 1,2" 0,9" 0,7"

!!Rør'9'Dimension! 175!mm!Hastighed! 0,9!m/s!Længde! 20!m!Relativ!ruhed! 0,00114!Reynoldstal! 120229!f!aflæst!til:! 0,036!Friktionsmodstand! 0,67'm'!'Modstand'i'HT'system:'!Modstand!for!rørføringer!:!Rørføring! Vand!flow! Dimension! Modstand!F+R! 76! DN!175! 0,67!!Modstand!for!køleflader!Komponent! Vand!flow! Produkt! Modstand![m]!Absorptionsanlæg! 76! Thermax!LT10C! 4,39!HT/HT!varmeveksler! 76! GEA!ECOFLEX! 4,88!*Eksisterende*kondensator*til*proviant*anlæg!De!3!dieselgeneratorer!regnes!som!modstandsfri,!da!disse!har!deres!eget!interne!system!trukket!af!kølevandspumpen!på!motoren.!!Med!udgangspunkt!i!ovenstående!diagram,!ender!den!samlede!modtand!for!HT!systemet!på!10,61!m,!ved!et!pumpe!flow!på!76!m3/h.!!

! 19!

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Bilag&19:&Datablad&GEA&HT/HT&varmeveksler&Type,!ydelse,!tryktab!mm.!!! !

FK TEKNIK a|s · Michael Drewsens Vej 4 · DK - 8270 Højbjerg · Tlf: + 45 8629 1800

CVR nr. 2769 8808 · Konto nr. 7125 2230694 · www.fkteknik.dk · E-mail: salg@fkteknik.dk

Page 3

Customer: FK Teknik Quotation-No.: 3061364219 Inquiry-No.: Demineraliseret vand Contact: Jepsen Item: 10 Alternative: 0 Customer Item: Date: 23/05/2013

GEA ECOFLEX Plate Heat Exchanger: NT100T CDL-10

Thermal data for 1 unit(s) in parallel and 1 unit(s) in series hot side cold side

Media: Primær vand Sekundær vand Media group acc. PED 97/23/EC: Group 2 - others Group 2 – others Heat exchanged: 530,00 kW Mass flow: 18,00 21,07 kg/s Volume flow: 67,01 77,96 m³/h Temperature inlet: 90,00 74,00 °C Temperature outlet: 83,00 80,00 °C Pressure drop: 0,39 0,48 bar Working pressure inlet: 5,00 5,00 barg Filling volume: 11,01 11,86 l Product properties Density: 967,16 972,89 kg/m³ Heat capacity: 4205,56 4192,93 J/kgK Thermal conductivity: 0,67182 0,66631 W/mK Dyn. viscosity inlet: 0,315 0,382 cP Dyn. viscosity outlet: 0,341 0,354 cP

Unit Data

Plate Type: NT100T V Heat transfer area (total / per unit): 7,02 7,02 m² Number of plates (total / per unit): 28 28 Plate thickness: 0,50 mm LMTD: 9,49 K Surface margin: 0,62 % Plate material: AISI316 Gasket material / Gasket type: NBR Glue Free Internal flow (passes x channels): 1 x 13 1 x 14 No. of frames (par. / ser. / total): 1 1 1 Frame material und surface: S355J2+N painted RAL5002

The connection types and positions are defined in the attached dimension sheet.

Design temperature: Min.: 0,00 / 0,00 Max.: 120,00 / 120,00 °C Design pressure: Min.: 0,00 / 0,00 Max.: 10,00 / 10,00 barg Test pressure: 13,00 / 13,00 barg Design code: PED 97/23/EC AD-2000 Checkfactor 1.3 PED category: Category I, Modul B+D, CE-Sign Conformity assessment diagram: Medium innocuous and steam pressure at Tdesign> 0.5 barg

Remarks:

! 20!

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Bilag&20:&Bunker&analyse&fra&M/T&Torm&Ragnhild&Type,!brændværdi,!densitet,!viskositet!mm.!!! !

Lintec Testing Services Limited Sample information collated from Vessel 's Bunker Data form and sample bottle label. Fuel Quality Report - SUBMITTED Sample No. DL192178 TEST SPEC. MET Vessel TORM RAGNHILD Client Torm Tech Div Cph Sub-Client Torm Tech Div Cph Act Bunker Date 31/01/2013 Bunker Port HONG KONG Quantity Del. 640 M.T. Grade Ordered RMG380 Bunker Supplier CHIMBUSCO Barge FEOSO DELEGATE Sample Location SHIP'S BUNKER LINE Supplier's Specs: Density - @15=990.8 Viscosity - @50=380.0 Sulphur - 2.78% -------------------------------------------------------------- Received at Lab 11/02/2013 at 11:50 Hrs Courier Ref 7489437874 DHL PAD Used Yes Lintec Sample Seal 0745305 Supplier Sample Seal 684464 Vessel Sample Seal 684453 Marpol Sample Seal 0226213 -------------------------------------------------------------- TEST METHOD UNITS RESULT SPEC -------------------------------------------------------------- DENSITY ISO 12185 kg/m³@15° 988.9 991 MAX VISCOSITY ISO 3104 CST@50°C 354.4 380 MAX VISCOSITY ISO 3104 CST@100°C 33 35 MAX FLASH POINT ISO 2719 °C >70.0 60 MIN POUR POINT ISO 3016 °C -6 30 MAX MCRT ISO 10370 %MASS 16.0 18 MAX ASH ISO 6245 %MASS 0.04 0.15 MAX WATER ISO 3733 %VOL 0.30 0.5 MAX SULPHUR ISO 8754 %MASS 2.96 3.50 MAX COMPATIBILITY ASTM 4740 SPOT# 1 2 MAX

VANADIUM ISO 10478MOD mg / kg 81 300 MAX SODIUM ISO 10478MOD mg / kg 22 - ALUMINIUM ISO 10478 mg / kg 10 - SILICON ISO 10478 mg / kg 12 - AL + SI CALCULATIO ISO 10478 mg / kg 22 80 MAX TOTAL SED, POTENTI ISO 10307-2 % (m/m) 0.03 0.10 MAX NET CAL VAL ISO 8217:A MJ/KG 40.03 - CCAI ISO 8217:B INDEX# 851 - OPERATIONAL ADVICE - INJECTION TEMPERAT @ 10 CST °C 143 - INJECTION TEMPERAT @ 15 CST °C 127 - MINIMUM PUMPING TE @ 1000 CST °C 34 - ADDITIONAL METALS - IRON ISO 10478MOD mg / kg 15 - NICKEL ISO 10478MOD mg / kg 8 - CALCIUM ISO 10478MOD mg / kg 18 - MAGNESIUM ISO 10478MOD mg / kg 2 - LEAD ISO 10478MOD mg / kg 2 - ZINC ISO 10478MOD mg / kg 1 - TOTAL ACID NUMBER ASTM 664 mg/g 0.27 3.0 MAX OPERATIONAL ADVICE - - CHEMICAL CONTAMINA LINMS - GREEN NO ACTION PHOSPHOROUS ISO 10478MOD mg / kg 2 - ONBOARD FUEL BLENDING IS NOT RECOMMENDED *Refer to your engine manufacturer's for max/min alarm settings Spec. density: 991.0 @15C Spec. viscosity: 380.0 @50C Supplier density: 990.8 @15C Supplier viscosity: 380.0 @50C Sample density: 988.9 @15C Sample viscosity: 354.4 @50C Spec. sulphur: 3.50% Supplier sulphur: 2.78% Sample sulphur: 2.96% Lab Technician : Mark Hancock Sample results are compared with the spec, RMG380 The above analysis was carried out on a sample supplied by your vessel's Chief Engineer in accordance with the Bunker Data Form returned to us. The sample bottle was sealed on arrival. The seal was broken to allow the analysis to be

! 21!

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Bilag&21:&Specifik&FO&densitet&!!

!